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The Continuity of Scientific Space: Cuts, Fragments, and Ontological Remains
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This is a philosophy paper, not a health study, but it uses microplastics as an example: science tends to study things by breaking them into measurable pieces, which can miss how small changes actually build up over time in the real world. That matters for microplastics because tiny, gradual exposures might add up to real health effects even if each single piece looks harmless when studied alone.
Science advances by cutting continuity into fragments that can be measured, cited, and possessed.This paper argues that the fragmentation of scientific space is not a methodological necessity but a kind of ontological violence-cutting precedes understanding, and whatever cannot be cut is excluded from the domain of "facts."Taking the mathematical continuum, physical fragmentation, and epistemological cutting as three main threads, and treating evolution and microplastics as two contrasting cases of "the accumulation of tiny changes," the paper reveals the shared mode of operation of Yang-logic science: slicing a continuous flow into fragments small enough to handle, then declaring that the sum of the fragments is the whole.This paper contends that continuity precedes cutting; the task of science is not to stop cutting, but to preserve the traces of the cut.
More Papers Like This
Microplastics: a complex research field for analytical chemistry?
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Scientists have spent the last decade building better tools to detect tiny plastic particles—called microplastics—in water, soil, air, and even our bodies, but this review shows there's still no standard method for measuring them, making it hard to fully understand health risks. This matters because microplastics come in so many shapes, sizes, and chemical makeups that each type may behave and affect our health differently, and better detection methods are the first step toward figuring out how dangerous they really are and creating rules to limit exposure.
Microplastics in Marine Ecosystems: A Serious Health Concern
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Tiny plastic bits called microplastics—smaller than a pencil eraser—have spread throughout our oceans and are now showing up in fish and seafood we eat. This review paper pulls together existing research showing these particles can carry harmful chemicals and may pose risks to both marine life and human health, though scientists are still working out exactly how much harm they cause. The takeaway: what we do with plastic waste on land doesn't stay on land—it ends up in the ocean and potentially on our dinner plates.
The “Microplastome” – A Holistic Perspective to Capture the Real-World Ecology of Microplastics
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This paper introduces the concept of the "microplastome," a framework for studying microplastics along with everything attached to them, including absorbed chemicals and colonizing microbes, as a unified system. The authors argue that current research too often looks at microplastics in isolation, when in reality the attached pollutants and bacteria may be just as important for understanding health effects. This more complete approach could lead to better risk assessments of how microplastic pollution actually affects ecosystems and human health.
Microplastics (MPs) in the environment: sources, pathways, human health issues and mitigation strategies
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Tiny plastic bits called microplastics—smaller than a pencil eraser—are turning up in our air, water, soil, and food, and can stick around for centuries without breaking down. This review pulls together what scientists currently know about where these particles come from and how they might harm our health, while pointing out that researchers still lack reliable, affordable ways to measure microplastics and don't yet fully understand the risks they pose. The bottom line: microplastic pollution is a growing concern worth watching, but there's still a lot we don't know about exactly how it affects our bodies.
Microplastics in marine environments: Occurrence, distribution and effects
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Beyond the visible litter washing up on beaches, our oceans are filled with tiny plastic fragments called microplastics that are too small to see but widespread in marine waters. This review pulls together existing research on where these particles come from, how they spread through ocean ecosystems, and how they may affect marine life, research that matters because these same particles can work their way up the food chain into the seafood we eat. While scientists are still studying the full health impact on humans, understanding how microplastics behave in the ocean is a crucial first step.
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When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.